dictostylium Sentence Examples
- Dicytostelium is a fascinating genus of eukaryotic organisms that exhibit both single-celled and multi-celled stages in their life cycle.
- Scientists study Dicytostelium to better understand the complex mechanisms of phagotrophy in bacterivores.
- The life cycle of Dicytostelium involves aggregation of individual cells into multicellular structures when conditions are favorable.
- Researchers use advanced microscopy techniques to observe the behavior of Dicytostelium cells during their bacterivorous phase.
- The genome of Dicytostelium provides valuable insights into the evolution of eukaryotic organisms with phagotrophic lifestyles.
- Dicytostelium's ability to adapt to different environmental conditions makes it a versatile subject for ecological studies.
- In the laboratory, scientists cultivate Dicytostelium colonies to investigate the factors influencing their transition between single and multicellular states.
- Dicytostelium's role as a bacterivore in various ecosystems contributes to the ecological balance by controlling bacterial populations.
- Understanding the signaling pathways in Dicytostelium cells enhances our knowledge of cellular communication in eukaryotic microorganisms.
- The study of Dicytostelium sheds light on the intricate relationships between single-celled and multicellular life forms in the microbial world.
dictostylium Meaning
Wordnet
dictostylium (n)
any slime mold of the genus Dictostylium
Synonyms & Antonyms of dictostylium
No Synonyms and anytonyms found
FAQs About the word dictostylium
any slime mold of the genus Dictostylium
No synonyms found.
No antonyms found.
Dicytostelium is a fascinating genus of eukaryotic organisms that exhibit both single-celled and multi-celled stages in their life cycle.
Scientists study Dicytostelium to better understand the complex mechanisms of phagotrophy in bacterivores.
The life cycle of Dicytostelium involves aggregation of individual cells into multicellular structures when conditions are favorable.
Researchers use advanced microscopy techniques to observe the behavior of Dicytostelium cells during their bacterivorous phase.
